CN101322386B - Method and configuration/software update server for transmitting data between a customer device and the server - Google Patents
Method and configuration/software update server for transmitting data between a customer device and the server Download PDFInfo
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- CN101322386B CN101322386B CN200780000511.1A CN200780000511A CN101322386B CN 101322386 B CN101322386 B CN 101322386B CN 200780000511 A CN200780000511 A CN 200780000511A CN 101322386 B CN101322386 B CN 101322386B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0876—Aspects of the degree of configuration automation
- H04L41/0883—Semiautomatic configuration, e.g. proposals from system
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0803—Configuration setting
- H04L41/0813—Configuration setting characterised by the conditions triggering a change of settings
- H04L41/082—Configuration setting characterised by the conditions triggering a change of settings the condition being updates or upgrades of network functionality
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/75—Indicating network or usage conditions on the user display
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/34—Network arrangements or protocols for supporting network services or applications involving the movement of software or configuration parameters
Abstract
The invention relates to a method for configuring, in a semi-automatic manner, a communication device (KG), connected to a packet-switched network (PNW), especially Internet, for communication with another, especially remote, subscriber. For this purpose, configuration data (KFD) are provided on a configuration/software update server (KSS) and are retrieved by the user of the device according to the user-specific or device-specific conditions by selecting from at least two types of inquiry data (AD1, AD2) characterizing the conditions, e.g. inquiry data (AD12) containing first country information items and second inquiry data (AD2) containing second Internet service provider (ISP) information items, and determination data (ED1, ED2).
Description
Link to each other with packet switching network (for example internet), in order to carry out Internet traffic to the communication equipment of internet service provider (" Internet-Service-Provider " (ISP)) registration,
(i) these communication equipments design at different business, for example design at " networking telephone (VoIP; Voice Over Internet Protocol) ", " conversation initialized protocol (SIP) ", " information receiving (Messaging)-", " Email (Email)-" and/or " email notification (Email Notification) ", and
(ii) these communication equipments for example are constructed to the DECT movable part of DECT (Digital Enhanced Cordless Telecommunications (Digital Enhanced Cordless Telecommunication)) phone, be constructed to the WLAN movable part of WLAN (WLAN (wireless local area network) (Wireless Local AreaNetwork)) phone, be constructed to " set-top box (STB; Set-Top-Box) " and/or be constructed to router, this DECT phone has the DECT base station that is connected to packet switching network and circuit switching network respectively, this WLAN phone has " WLAN access point (AccessPoint) " that is connected to packet switching network and circuit switching network respectively
(for example PSTN (public switch telephone network (Public Switched Telephone Network) phone) is opposite with communication equipment traditional, that link to each other with circuit switching network, the specific setting of the essential a plurality of providers of these communication equipments must manually for example be imported these settings or carry out pre-configured to these settings in equipment by the webserver before using.This has greatly limited the marketization with " internet service provider " irrelevant retail units, is impossible because equipment is come into operation simply.In addition, the specific configuration of the provider that can effectively change can only utilize existing method to realize troublesomely.
The specific modification of the provider of communication equipment is by pre-configured or carry out Remote configuration by " long-distance management system (Remote Management the System) " system of standard " TR 069 " (for example according to), and retail units must manually dispose.When changing parameter or changing the service provider, must re-execute configuration usually.In addition, the adjustment of the specific configuration modification of provider also must usually realize statically or by switching equipment software.
The present invention based on task be to illustrate a kind of method and configuration/software update server and this communication equipment that is used for transmitting for the purpose of carrying out configuration/software update data at the communication equipment that links to each other with packet switching network (especially internet), wherein, this communication equipment can utilize for the necessary data of configuration/software update and under the situation that this equipment is used for communicating with other user, especially long-distance user standard automatically dispose and also can upgrade when needed aspect the device software.
This task solves by the feature of claim 1, claim 13 and claim 26 respectively.
Idea behind the present invention is, available on the configuration/software update server in order to dispose the required configuration parameter (for example VoIP parameter) of the communication equipment that links to each other with the internet, and by the user of equipment according to user's certain conditions or equipment certain conditions by from least two class data queries that characterize these conditions (for example according to claim 5,18 and 29 first data query that comprises national information and according to claim 5,18 and 29 second data query that comprises " internet service provider (ISP) " information) selects specified data in and call these configuration parameters.
At this, communication equipment (as begin mentioned) be that the specific modification of the retail units or the provider of communication equipment is inessential.
Thus, the user of communication equipment avoided manually and easily with makeing mistakes the input configuration parameter.
On the contrary, the communication equipment that links to each other with the internet accurate or rather automatically according to user's requirement and in case of necessity (according to claim 4 and 17) configuration parameter is written in this equipment by input address name and password with controlling so that after this can be by directly using the internet by user-selected " internet service provider ".The method according to this invention is not limited to the VoIP parameter in this case, but can for example can be (according to claim 10,11,23 and 24) SIP parameter, information receiving parameter, " electronic mail account (Email Account) " parameter and/or " email notification " parameter therefore for other professional use.
The present invention not only exempts the obstacle of user's manual configuration but also exempts that the user buys pre-outfit and the therefore obstacle of limited devices.The present invention especially is suitable for little equipment platform, and does not need to have the personal computer that is called as user program " client (Client) ", that be used to search the Internet documents (WWW browser).Its feature is that also certain customers interface or operation interface are controlled by the configuration/software update server dynamically.For this reason, the supplemental characteristic that is deposited in the server profile replenishes by control information, by this control information standard flow process in the control appliance automatically.
Like this, communication equipment is for example by entering input state according to claim 3,16 and 28 control information.In this state, can not only standard download configuration parameter automatically, and can trigger or start accurate software automatically-, parameter-or profile download.By this way, need not the user change on equipment, equipment is updated (referring to claim 2,14,27) always aspect software.This is suitable for installing new argument group and the profile that can dynamically use for the user of communication equipment equally.
According to claim 10,11,12,23,24 and 25, the DECT movable part of DECT phone, WLAN movable part, set-top box and the router of WLAN phone preferably are considered communication equipment.
Additional favourable expansion scheme of the present invention is illustrated in remaining dependent claims.
Embodiments of the invention are set forth on Fig. 1 and 2.Wherein:
Fig. 1 shows from the configuration/software update server and obtains for the necessary configuration parameter/software of the configuration/software update of the communication equipment that links to each other with the internet,
Fig. 2 shows the flow chart that obtains configuration parameter.
Fig. 1 shows, how to dispose the communication equipment KG that links to each other with packet switching network PNW (for example internet) at Internet traffic, and, be written into communication equipment KG and upgrade this communication equipment KG by being deposited at configuration parameter among the configuration/software update server KSS or software aspect this necessary software.Communication equipment KG comprises DECT (Digital Enhanced Cordless Telecommunications) phone under this situation, this DECT phone has DECT movable part MT and is connected to circuit switching network PNW and is connected to the DECT base station BS of circuit switching network LNW (public switch telephone network (PSTN)), and this DECT movable part MT and DECT base station BS are connected with each other by the DECT air interface that is used to carry out radio communication.
Be alternatively to the improvement project of communication equipment KG, also possible is, communication equipment KG has WLAN (WLAN (wireless local area network)) phone that has WLAN movable part MT and WLAN access point AP, this WLAN access point AP is connected to packet switching network PNW once more and is connected to circuit switching network LNW, and this WLAN movable part MT and WLAN access point AP are connected with each other by the WLAN air interface that is used to carry out radio communication.In addition, it is contemplated that also that communication equipment KG is " set-top box " and/or router.
In the scope of Internet traffic, can utilize communication equipment KG to use multiple business, these business for example provide by " internet service provider (ISP) " or by other provider, and configuration/software update server KSS belongs to this other provider or this other provider uses configuration/software update server KSS.Except professional " networking telephone (VoIP) ", professional " conversation initialized protocol (SIP) ", " information receiving ", " Email " and/or " email notification " also belong to these business.For each business in these business that provide is provided, communication equipment KG distinguishes essential corresponding parameter, and these parameters are stored among the configuration/software update server KSS.
The necessary data of internet service that can automatically will provide in order to use from configuration/software update server KSS basically for the user of communication equipment KG are written among the communication equipment KG, carry out some measures by this user on communication equipment KG.These measures for example comprise configuration and/or software upgrading.Before studying these measures in great detail, illustrate communication equipment and configuration/software update server KSS to this essential structure, this communication equipment is made up of DECT base station BS and DECT movable part MT.
The base station BS that is connected to packet switching network PNW and circuit switching network LNW has radio part FKT and central control unit ZST for realizing according to the air interface of dect standard, and this radio part FKT and this central control unit ZST are connected with each other.Connection to packet switching network PNW is provided with internet/equipment interface IGS in addition, and this internet/equipment interface IGS links to each other with central control unit ZST equally.In addition, at connection, in base station BS, comprise the PST/ equipment interface PGS that links to each other with central control unit ZST equally to circuit switching network LNW.
For movable part MT is wirelessly communicated with base station BS according to dect standard, movable part MT has radio part FKT and central control equipment ZSE equally, and this radio part FKT and central control equipment ZSE also are connected with each other.In order to carry out the top mentioned measure that is used for being written in order to use internet service configuration data KFD and software upgrading data SWAD, movable part MT has configuration data memory KDS, software upgrading data storage SWDS, choice device AWM and user interface BSS in addition.Choice device AWM preferably directly is integrated into central control equipment ZSE, and configuration data memory KDS, software upgrading data storage SWDS link to each other with central control equipment ZSE with user interface BSS.In order to carry out phonetic entry and voice output, user interface BSS comprises microphone MIK and earphone, and in order to carry out information input and information output, user interface BSS comprises keyboard and the display screen DPL with a plurality of button TAS.
Configuration/software update server KSS is assigned to packet switching network PNW by internet/server interface ISS.In order to carry out transfer of data, in configuration/software update server KSS, except internet/server interface ISS, also there are configuration database KDB, software upgrading database SWDB and central control unit ZSTE, wherein this central control unit ZSTE not only links to each other with internet/server interface ISS, and links to each other with software upgrading database SWDB with configuration database KDB.In order to control this transfer of data, configuration/software update server KSS also has memory block SPB in configuration database KDB, and in software upgrading database SWDB, having information storage area ISPB, this memory block SPB links to each other with central control unit ZSTE equally with information storage area ISPB.
Transmitting data for carry out the purpose of configuration in communication equipment KG begins with this, promptly by base station BS being connected to packet switching network PNW, between communication equipment KG and configuration/software update server KSS, setting up physical connection PVB, and make movable part MT enter init state INZ.Under init state INZ, with prompt text (Hinweistext) " beginning VoIP connects guide? " be output on the display screen DPL of movable part MT with soft key "Yes" and soft key "No".So,, then begin configuration if the user of movable part MT operates the soft key "Yes".Beginning along with configuration, movable part MT connects LVB by the logic that base station BS is established to configuration/software update server KSS, and for example carry out authentication by the specific device identifier of the movable part that transmission server is known along with the logic establishment of connection to server, the specific device identifier of this movable part for example is the data that I PUI, MAC Address or random default produce.This logic of being discerned owing to the central control unit ZSTE by configuration/software update server KSS connects foundation, this central control unit ZSTE reads the first data query AD1 and the second data query AD2 from the memory block SPB of configuration database KDB, and for determining will be at the configuration data KFD of communication equipment KG transmission, this central control unit ZSTE is transferred to the central control unit ZST of base station BS with these data queries by internet/server interface ISS, physical connection PVB and internet/equipment interface IGS.Set out thus, data query AD1, AD2 are transferred to central control equipment ZSE among the movable part MT by the DECT air interface.
Data query AD1, AD2 preferably are output with the display screen DPL of optical mode by user interface BSS in movable part MT.But also can be, for example the earphone HK by user interface BSS exports data query AD1, AD2 with acoustically.
The first data query AD1 comprises national information, national information promptly for example movable part MT or communication equipment KG from those countries that the angle of manufacturer circulates therein, and the second data query AD2 comprises " internet service provider (ISP) " information, and " internet service provider (ISP) " information promptly for example is considered the provider of potential " internet service provider (ISP) " at the buyer of equipment in country.
Along with the transmission of data query AD1, AD2, by configuration/software update server KSS control information transmission STI, utilize these control informations STI, movable part MT can Be Controlled under the subsequent state of init state I NZ.For this purpose, choice device AWM is set in central control equipment ZSE, this choice device AWM analyzes the control information STI that is transmitted along with data query AD1, AD2.Because such analysis produce input state EIZ by central control equipment ZSE by user interface BSS, and these input states is illustrated on display screen DPL.
Under the first input state EIZ1, another prompt text " beginning VoIP provider is selected? " be apparent on the display screen DPL of movable part MT with soft key "Yes" and soft key "No" once more.So, if the user of movable part MT operates the soft key "Yes", then ask the user by the corresponding output on the display screen DPL of movable part MT, under the second input state EIZ2, from the national information that is transmitted along with the first data query AD1, " return " and soft key " OK " is selected country by soft key.According to the diagram among Fig. 1, the user of movable part MT selects " Germany " and produces the first specified data ED1 along with operating soft key " OK " by country under the second input state EIZ2.
Along with operation soft key " OK ", ask the user by the corresponding output on the display screen DPL of movable part MT again in addition, under the 3rd input state EIZ3, from the ISP information that is transmitted along with the second data query AD2, " return " and soft key " OK " is selected " internet service provider " by soft key.According to the diagram among Fig. 1, the user of movable part MT selects " provider 1 " and produces the second specified data ED1 along with operating soft key " OK " by provider under the 3rd input state EIZ3.
Two specified data ED1, ED2 that produced via user interface BSS (the display screen DPL with soft key) are transferred to central control unit ZST in the base station BS by central control equipment ZSE by the DECT air interface now.Therefrom, specified data ED1, ED2 then are forwarded to central control unit ZSTE among the configuration/software update server KSS by internet/equipment interface IGS, physical connection PVB and internet/server interface ISS.
Replacement comes with optical mode input specified data ED1, ED2 by the display screen DPL of user interface BSS and soft key, also can be by voice, for example the microphone MIK by user interface facilities BSS imports specified data ED1, ED2.
In addition, data query AD1, AD2 and specified data ED1, ED2 all can distinguish individually (promptly distinguishing ground separated from one another) and be transmitted, and perhaps also can be transmitted like that together as the aforementioned.
Central control unit ZSTE reads the configuration data KFD corresponding to specified data ED1, ED2 from configuration database KDB after obtaining specified data ED1, ED2, and these configuration datas KFD is transferred to the central control unit ZST in the base station BS by internet/server interface ISS, physical connection PVB and internet/equipment interface IGS.By central control unit ZST configuration data KFD finally is transmitted to central control equipment ZSE among the movable part MT by the DECT air interface, this central control equipment ZSE is stored in configuration data KFD among the configuration data memory KDS.
Utilize the mentioned authentication in configuration data stored KFD of institute and front to server, the user of movable part MT and configuration/software update server KSS can communicate on principle, and may communicate within " community (Community) " of configuration/software update server KSS registration.For this reason, the user must finish or the VoIP that interrupts having begun connects guide., in the scope of utilizing the described embodiment of Fig. 1, saved the explanation of this process.
On the contrary, if the user also wants to use the business by its selected " internet service provider ", what then also must be obtained by configuration/software update server KSS sends this " internet service provider " with the configuration data stored KFD of institute to address name BN and password KW.Usually, obtain this address name BN and this password KW from described " internet service provider " before the user, for example obtain by secret mail or via the encrypted E-mail on the user's personal computer.
In order to consider this fact of case, the user of movable part MT operates soft key " OK " afterwards under the 3rd input state EIZ3, ask the user of this movable part MT again by the corresponding output on the display screen DPL of movable part MT, under the 4th input state E I Z4, address name " HRELSSEW " BN that obtains in advance from " internet service provider " by the button TAS input of the keyboard of user interface BSS and " return " and soft key " OK " is controlled this input by soft key.According to the diagram among Fig. 1, realize input control by operation soft key " OK ".
Along with under the 3rd input state EIZ3, operating soft key " OK ", again by the corresponding output request user on the display screen DPL of movable part MT, under the 5th input state EIZ5, password " 572811 " KW that obtains in advance from " internet service provider " by the button TAS input of the keyboard of user interface BSS and " return " and soft key " OK " is controlled this input by soft key.According to the diagram among Fig. 1, again realize input control by operation soft key " OK ", thus (although in Fig. 1, not illustrating clearly) by the central control equipment ZSE among the movable part MT by DECT air interface, central control unit ZST and base station BS internet/equipment interface IGS and send this " internet service provider " to the physical connection PVB of " internet service provider " to address name " HRELSSEW " BN that is inputed, password " 572811 " KW that is inputed with from the configuration data KFD of configuration data memory KDS.In the server of " internet service provider ", the address name that is transmitted " HRELSSEW " BN and password " 572811 " KW that is transmitted are examined, and after the inspection of success, store this configuration data KFD, finish thus or be ready to locate configuration at the communication equipment KG of professional " VoIP " in " internet service provider ".
Sometimes, in the process of Internet traffic and in the process of a plurality of business that provide of use that interrelate therewith, must utilize foregoing improvement project modification to come communication equipment KG is carried out software upgrading.
Transmitting data for the purpose of the renewal of executive software in communication equipment KG begins with this, promptly by base station BS being connected to packet switching network PNW, between communication equipment KG and configuration/software update server KSS, setting up physical connection, and make movable part MT enter init state INZ.Under init state INZ, prompt text " beginning VoIP connects guide? " be output on the display screen DPL of movable part MT with soft key "Yes" and soft key "No".So,, then beginning to carry out software upgrading before the configuration if the user of movable part MT operates the soft key "Yes".As when beginning to dispose, even movable part MT also is established to the logic connection LVB of configuration/software update server KSS by base station BS when the beginning software upgrading, and for example carry out authentication by the specific device identifier of the movable part that transmission server is known along with the logic establishment of connection to server, the specific device identifier of this movable part for example is the data that IPUI, MAC Address or random default produce.This logic of discerning owing to the central control unit ZSTE by configuration/software update server KSS connects foundation, this central control unit ZSTE reads reminder-data (Hinweisdaten) HWD from the information storage area ISPB of software upgrading database SWDB, and this central control unit ZSTE is transferred to the central control unit ZST of base station BS with these reminder-data HWD by internet/server interface ISS, physical connection PVB and internet/equipment interface IGS for the possible software upgrading of the user of notifying communication equipment.Set out thus, reminder-data HWD is transferred to central control equipment ZSE among the movable part MT by the DECT air interface.
Reminder-data HWD preferably is output with the display screen DPL of optical mode by user interface BSS at (as data query AD1, AD2) among the movable part MT.But also can be once more with acoustically, for example the earphone HK by user interface BSS exports reminder-data HWD.
Along with the transmission of reminder-data HWD, by configuration/software update server KSS control information transmission STI once more, utilize these control informations STI, movable part MT can Be Controlled under the subsequent state of init state INZ.For this purpose, choice device AWM is set in central control equipment ZSE, this choice device AWM analyzes the control information STI that is transmitted along with reminder-data HWD.Because such analysis produces input state EIZ by central control equipment ZSE by user interface BSS, and these input states EIZ is illustrated on display screen DPL.
Under the 6th input state EIZ6, another prompt text " carrying out software upgrading? " be apparent on the display screen DPL of movable part MT with soft key "Yes" and soft key "No" again.So, if the user of movable part MT operates the soft key "Yes", then the hope of by the internet in DECT air interface, central control unit ZST and the base station BS/equipment interface IGS, physical connection PVB and internet/server interface ISS user's executive software being upgraded by central control equipment ZSE is notified to the central control unit ZSTE among the configuration/software update server KSS.
After this, central control unit ZSTE reads software upgrading data SWAD from software upgrading database SWDB, and these software upgrading data SWAD is transferred to the central control unit ZST in the base station BS by internet/server interface ISS, physical connection PVB and internet/equipment interface IGS.By central control unit ZST configuration data KFD finally is transmitted to central control equipment ZSE among the movable part MT by the DECT air interface, this central control equipment ZSE is stored in software upgrading data SWAD among the software upgrading data storage SWDS.
Fig. 2 shows the flow chart that is used for obtaining from configuration/software update server KSS by communication equipment KG configuration data KFD based on the form of implementation of Fig. 1.
Under first pass state AZ1, beginning VoIP connects guide in communication equipment KG.After this, under the second flow state AZ2, beginning VoIP provider is selected in communication equipment KG.Under the 3rd flow state AZ3 subsequently, communication equipment KG begins wherein to inquire from configuration/software update server KSS download user profile that firmware/software is upgraded or whether the user profiles download is being carried out under the 4th flow state AZ4.Then output first explicit declaration " could on the display screen DPL of communication equipment KG if reply this inquiry with "Yes"! Attempt after a while! " DPL-D1.Otherwise when replying "No", communication equipment KG begins to download list of countries from configuration/software update server KSS.Check under the 5th flow state AZ5 whether the download of list of countries successfully finishes.Then output second explicit declaration " please be waited on the display screen DPL of communication equipment KG if the situation that obtains is not the check result of (replying of inquiry is "No") like this! " DPL-D2.Otherwise, when replying "Yes", on the display screen of communication equipment KG, manifest the 3rd explicit declaration " selection country " DPL-D3.Under the 6th flow state AZ6, select country by user's operation " OK " button, on the display screen of communication equipment KG, manifest the 4th explicit declaration " have soft key " returns " and the Germany of soft key " OK " " DPL-D4 thus, and communication equipment KG begins provider's tabulation of download configuration/software upgrading server KSS.Below, understand under the 5th flow state AZ7 whether the download of provider's tabulation successfully finishes.If the situation that obtains is not the clarification of (replying of inquiry is "No") like this, then on the display screen DPL of communication equipment KG, exports second explicit declaration again and " please wait for! " DPL-D2.Otherwise when replying "Yes", on the display screen of communication equipment KG, manifest the 5th explicit declaration " selection provider " DPL-D5.After this, under the 8th flow state AZ8, again operate " OK " button by the user and select provider, on the display screen of communication equipment KG, manifest the 6th explicit declaration " have soft key " returns " and the provider 1 of soft key " OK " " DPL-D6 thus.Then, inquire under the 9th flow state AZ9 whether the download of the user profiles that begins successfully finishes under the 3rd flow state AZ3.Then output first explicit declaration " could on the display screen DPL of communication equipment KG if reply this inquiry with "No"! Attempt after a while! " DPL-D1, " data record is destroyed for the 7th explicit declaration! " DPL-D7, the 8th explicit declaration " please check that IP is provided with " DPL-D8, " server is unavailable for the 9th explicit declaration! " DPL-D9 or the tenth explicit declaration " transmission fault! " DPL-D10.Otherwise, when replying "Yes", utilize the download of the tenth flow state AZ10 end user profile, and on the display screen DPL of communication equipment KG, manifest the 11 explicit declaration " user profiles is stored " DPL-D11.
Claims (31)
1. method that is used for transmitting for the purpose of carrying out configuration/software update data at the communication equipment (KG) that links to each other with packet switching network (PNW), wherein said packet switching network (PNW) is the internet, this method has following method step:
A) described communication equipment (KG) is by internet link to each other with configuration/software update server (KSS) physics (PVB),
B) to be used to carry out based on the communication equipment (KG) of the communication of internet and to make communication equipment (KG) enter init state (INZ) in order to dispose, the user of wherein said communication equipment (KG) starts the beginning of configuration by input instruction, the input of wherein said instruction can be operated by the soft key "Yes"
C) along with the beginning of disposing, the logic that communication equipment (KG) is established to configuration/software update server (KSS) connects (LVB), in response, this configuration/software update server (KSS) will will comprise that at least two class data queries of first data query (AD1) and second data query (AD2) are transferred to described communication equipment (KG) at the configuration data (KFD) of described communication equipment (KG) transmission in order to determine
D) communication equipment (KG) is receiving first data query (AD1) and second data query (AD2) enters input state (EIZ) afterwards respectively, the user of wherein said communication equipment (KG) selects first specified data (ED1) and select second specified data (ED2) from second data query (AD2) from first data query (AD1), be used for determining configuration data (KFD) by corresponding input, wherein said input can be operated and the described specified data (ED1 that selects respectively by soft key " OK ", ED2) be transferred to described configuration/software update server (KSS)
E) described configuration/software update server (KSS) from configuration database (KDB), read corresponding to the first and second received specified datas (ED1, ED2), be transferred to communication equipment (KG) at the configuration data (KFD) of communication equipment (KG) and with described configuration data (KFD).
2. method according to claim 1 is characterized in that,
A) described configuration/software update server (KSS) will be transferred to communication equipment (KG) corresponding to reminder-data (HWD) configuration data that is transmitted (KFD), that be used for carrying out at the software upgrading of communication equipment (KG),
B) communication equipment (KG) enters input state (EIZ) afterwards receiving reminder-data (HWD), wherein the user of communication equipment (KG) instructs and starts described software upgrading by importing another, the input of wherein said another instruction can be operated by the soft key "Yes"
C) described configuration/software update server (KSS) from software upgrading database (SWDB), read corresponding to described reminder-data (HWD), be transferred to communication equipment (KG) at the software upgrading data (SWAD) of described communication equipment (KG) and with described software upgrading data (SWAD).
3. method according to claim 2, it is characterized in that (AD1 is AD2) with described reminder-data (HWD) replenishment control information (STI) to give described data query, utilize described control information (STI), communication equipment (KG) is Be Controlled under described input state (EZI).
4. method according to claim 3 is characterized in that, utilizes the user of described control information (STI) request communication equipment (KG) to input address name (BN) and password (KW).
5. method according to claim 1, it is characterized in that, described first data query (AD1) comprises national information, and described second data query (AD2) comprises " internet service provider (ISP) " information, wherein national information comprises movable part (MT) or communication equipment (KG) from those countries that the angle of manufacturer circulates, and " internet service provider (ISP) " information is included in the provider that is considered potential " internet service provider (ISP) " in the country at the buyer of equipment.
6. method according to claim 1 is characterized in that, utilizes first specified data (ED1) to illustrate, which country communication equipment (KG) link to each other with the internet at.
7. method according to claim 1 is characterized in that, utilizes second specified data (ED2) to illustrate, communication equipment (KG) by which " internet service provider " links to each other with the internet.
8. according to claim 1 or 2 described methods, it is characterized in that, by button and/or phonetic entry user's instruction, first specified data (ED1) and second specified data (ED2).
9. method according to claim 2 is characterized in that, data query (AD1, AD2) and reminder-data (HWD) be output with acoustically and/or with optical mode.
10. method according to claim 1, it is characterized in that, the DECT movable part (MT) of the support of DECT phone " voice over ip protocol ", support " conversation initialized protocol ", support " information receiving ", support " Email " and/or support " email notification " is used as communication equipment (KG), and described DECT phone has the DECT base station (BS) that is connected to packet switching network (PNW) respectively and is connected to circuit switching network (LNW).
11. method according to claim 1, it is characterized in that, the support of WLAN phone " voice over ip protocol ", support " conversation initialized protocol ", support " information receiving ", support " Email " and/or support the WLAN movable part (MT) of " email notification " to be used as communication equipment (KG) that described WLAN phone has " the WLAN access point " that be connected to packet switching network (PNW) respectively and be connected to circuit switching network (LNW) (AP).
12. method according to claim 1 is characterized in that, " set-top box " and/or router are used as communication equipment (KG).
13. communication equipment (KG) that is used for transmitting for the purpose of carrying out configuration/software update data at the equipment that links to each other with packet switching network (PNW), wherein said packet switching network (PNW) is the internet, and this communication equipment (KG) has following feature:
A) internet/equipment interface (IGS), by this internet/equipment interface (IGS), communication equipment (KG) link to each other with configuration/software update server (KSS) physics (PVB),
B) user interface (BSS, DPL, HK, MIK, TAS), have the central control equipment (ZSE) of the configuration data memory (KDS) that is distributed, wherein a user interface (BSS, DPL, HK, MIK, TAS), central control equipment (ZSE) and internet/equipment interface (IGS) be configured, and central control equipment (ZSE) and user interface (BSS, DPL, HK, MIK TAS) links to each other with internet/equipment interface (IGS), consequently
B1) for by through user interface (BSS, DPL, HK, MIK, the communication equipment (KG) that is used for based on the communication of internet is disposed in input TAS), produces the init state (INZ) of this communication equipment (KG),
B2) under init state (INZ), begin the configuration be by through user interface (BSS, DPL, HK, MIK, TAS) input instruction starts, the input of wherein said instruction can be operated by the soft key "Yes",
B3) along with begin configuration by internet/equipment interface (IGS), the logic that is established to configuration/software update server (KSS) connects (LVB),
B4) for determine will be at the configuration data (KFD) of communication equipment (KG) transmission, the at least two class data queries that comprise first data query (AD1) and second data query (AD2) that sent by configuration/software update server (KSS) are received and are forwarded to central control equipment (ZSE) by internet/equipment interface (IGS)
B5) first data query of being transmitted (AD1) and second data query (AD2) by central control equipment (ZSE) by user interface (BSS, DPL, HK, MIK TAS) exports, and produces the input state (EIZ) of communication equipment (KG) respectively at this,
B6) under input state (EIZ), by the described user interface (BSS of process, DPL, HK, MIK, TAS) first specified data (ED1) is selected in input from first data query (AD1), wherein said input can be operated by soft key " OK ", and from second data query (AD2), select second specified data (ED2), be used for determining configuration data (KFD), this first specified data (ED1) and this second specified data (ED2) are transferred to configuration/software update server (KSS) by central control equipment (ZSE) by internet/equipment interface (IGS) respectively
B7) sent by configuration/software update server (KSS), corresponding to first and second specified datas (ED1, ED2), be received and be forwarded to described central control equipment (ZSE) at the configuration data (KFD) of communication equipment (KG) by internet/equipment interface (IGS), wherein, described configuration data (KFD) is stored in the configuration data memory (KDS).
14. communication equipment according to claim 13 (KG) is characterized in that,
Described user interface (BSS, DPL, HK, MIK, TAS), have the central control equipment (ZSE) of the software upgrading data storage (SWDS) that is distributed and internet/equipment interface (IGS) is configured and central control equipment (ZSE) and described user interface (BSS, DPL, HK, MIK TAS) links to each other with internet/equipment interface (IGS), consequently
A) by described configuration/software update server (KSS) by internet/equipment interface (IGS) receive corresponding to the configuration data that is transmitted (KFD), be used for carrying out at the reminder-data (HWD) of the software upgrading of communication equipment (KG) and with described reminder-data (HWD) and be transmitted to central control equipment (ZSE)
B) reminder-data of being transmitted (HWD) by described central control equipment (ZSE) by described user interface (BSS, DPL, HK, MIK, TAS) output and produce the input state (EIZ) of communication equipment (KG) at this,
C) under input state (EIZ), software upgrading by through described user interface (BSS, DPL, HK, MIK TAS) imports another and instructs and start, the input of wherein said another instruction can be operated by the soft key "Yes",
D) sent by configuration/software update server (KSS), corresponding to described reminder-data (HWD), be received and be forwarded to described central control equipment (ZSE) at the software upgrading data (SWAD) of communication equipment (KG) by internet/equipment interface (IGS), wherein, described software upgrading data (SWAD) are stored in the software upgrading data storage (SWDS).
15. communication equipment according to claim 14 (KG) is characterized in that, (AD1 AD2) has control information (STI) with described reminder-data (HWD) to described data query.
16. communication equipment according to claim 15 (KG), it is characterized in that, distribute analytical equipment (AWM) for described central control equipment (ZSE), described analytical equipment (AWM) analyze be comprised in data query (AD1, AD2) and the control information (STI) in the reminder-data (HWD), wherein said central control equipment (ZSE) is because described user interface (BSS is passed through in described analysis, DPL, HK, MIK TAS) produces input state (EIZ).
17. communication equipment according to claim 16 (KG), it is characterized in that, control information (STI) is acquired, so that passing through central control equipment (ZSE) and user interface (BSS, DPL, HK, MIK, TAS) user of request communication equipment (KG) inputs address name (BN) and password (KW) under the input state that is produced (EIZ).
18. communication equipment according to claim 13 (KG), it is characterized in that, in first data query (AD1), comprise national information, and in second data query (AD2), comprise " internet service provider (ISP) " information, wherein national information comprises movable part (MT) or communication equipment (KG) from those countries that the angle of manufacturer circulates, and " internet service provider (ISP) " information is included in the provider that is considered potential " internet service provider (ISP) " in the country at the buyer of equipment.
19. communication equipment according to claim 13 (KG) is characterized in that, first specified data (ED1) illustrates which country communication equipment (KG) link to each other with the internet at.
20. communication equipment according to claim 13 (KG) is characterized in that, second specified data (ED2) illustrates communication equipment (KG) by which " internet service provider " links to each other with the internet.
21., it is characterized in that described user interface (BSS according to claim 13 or 14 described communication equipments (KG), DPL, HK, MIK TAS) is constructed to make user's instruction, first specified data (ED1) and second specified data (ED2) to import by button and/or voice.
22. communication equipment according to claim 14 (KG) is characterized in that, and described user interface (BSS, DPL, HK, MIK TAS) is constructed to make data query (AD1) and reminder-data (HWD) to export with acoustically and/or with optical mode.
23. communication equipment according to claim 13 (KG), it is characterized in that, described communication equipment (KG) comprises support " voice over ip protocol ", support " conversation initialized protocol ", support " information receiving ", the support " Email " of DECT phone and/or supports the DECT movable part (MT) of " email notification " that this DECT phone has the DECT base station (BS) that is connected to packet switching network (PNW) respectively and is connected to circuit switching network (LNW).
24. communication equipment according to claim 13 (KG), it is characterized in that, described communication equipment (KG) comprises support " voice over ip protocol ", support " conversation initialized protocol ", support " information receiving ", the support " Email " of WLAN phone and/or supports the WLAN movable part (MT) of " email notification " that this WLAN phone has " the WLAN access point " that is connected to packet switching network (PNW) respectively and is connected to circuit switching network (LNW).
25. communication equipment according to claim 13 (KG) is characterized in that, described communication equipment (KG) is constructed to " set-top box " and/or router.
26. configuration/software update server (KSS) that is used for transmitting for the purpose of carrying out configuration/software update data at the communication equipment (KG) that links to each other with packet switching network (PNW), wherein said packet switching network (PNW) is the internet, and this configuration/software update server (KSS) has following feature:
A) internet/server interface (ISS), by this internet/server interface (ISS), configuration/software update server (KSS) and communication equipment (KG) physical connection,
B) have the central control unit (ZSTE) of the configuration database (KDB) that is distributed, wherein central control unit (ZSTE) and internet/server interface (ISS) are configured and are connected with each other, consequently
B1) setting up between this communication equipment (KG) and the central control unit (ZSTE) by internet/server interface (ISS) by communication equipment (KG) in the process that logic is connected (LVB), under the init state (INZ) of communication equipment (KG), this central control unit (ZSTE) is read at least two class data queries that comprise first data query (AD1) and second data query (AD2) from the memory block (SPB) of configuration database (KDB), being used for determining will be at the configuration data (KFD) of communication equipment (KG) transmission, and described data query is transferred to this communication equipment (KG) by internet/server interface (ISS)
B2) this central control unit (ZSTE) receives specified data by internet/server interface (ISS) from communication equipment (KG) down at input state (EIZ), this specified data is selected in order to determine configuration data (KFD) from first data query (AD1) and second data query (AD2), this specified data i.e. first specified data (ED1) and second specified data (ED2), this central control unit (ZSTE) from configuration database (KDB), read corresponding to first and second specified datas (ED1, ED2), be transferred to communication equipment (KG) at the configuration data (KFD) of communication equipment (KG) and with described configuration data (KFD) by internet/server interface (ISS).
27. configuration/software update server according to claim 26 (KSS) is characterized in that,
Have software upgrading database (SWDB) that is distributed and the central control unit (ZSTE) of the information storage area (ISPB) that is distributed and internet/server interface (ISS) and be configured and be connected to each other, consequently
A) central control unit (ZSTE) is read the reminder-data (HWD) corresponding to the configuration data that is transmitted (KFD) from the information storage area (ISPB) of software upgrading database (SWDB), be used for carrying out software upgrading at communication equipment (KG), and described reminder-data (HWD) is transferred to communication equipment (KG) by internet/server interface (ISS)
B) this central control unit (ZSTE) obtains to be used for the release that executive software upgrades from communication equipment (KG) under input state (EIZ), from software upgrading database (SWDB), read corresponding to reminder-data (HWD), be transferred to communication equipment (KG) at the software upgrading data (SWAD) of communication equipment (KG) and with described software upgrading data (SWAD) by internet/server interface (ISS).
28. configuration/software update server according to claim 27 (KSS) is characterized in that, (AD1 AD2) has control information (STI) with described reminder-data (HWD) to described data query.
29. configuration/software update server according to claim 26 (KSS), it is characterized in that, in first data query (AD1), comprise national information, and in second data query (AD2), comprise " internet service provider (ISP) " information, wherein national information comprises movable part (MT) or communication equipment (KG) from those countries that the angle of manufacturer circulates, and " internet service provider (ISP) " information is included in the provider that is considered potential " internet service provider (ISP) " in the country at the buyer of equipment.
30. configuration/software update server according to claim 26 (KSS) is characterized in that, first specified data (ED1) illustrates which country communication equipment (KG) link to each other with the internet at.
31. configuration/software update server according to claim 26 (KSS) is characterized in that, second specified data (ED2) illustrates communication equipment (KG) by which " internet service provider " links to each other with the internet.
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| CN101322386A CN101322386A (en) | 2008-12-10 |
| CN101322386B true CN101322386B (en) | 2011-12-14 |
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Also Published As
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| EP1861989A1 (en) | 2007-12-05 |
| CN101322386A (en) | 2008-12-10 |
| WO2007101877A1 (en) | 2007-09-13 |
| JP4638940B2 (en) | 2011-02-23 |
| US8745613B2 (en) | 2014-06-03 |
| JP2008546265A (en) | 2008-12-18 |
| EP1861989B1 (en) | 2019-08-07 |
| US20090138867A1 (en) | 2009-05-28 |
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